Excuse me if I care a bit more about what actual human beings alive right here and right now are doing, no matter how trivial. It's still far more amazing than inanimate matter going along Newtonian paths.
I'll bet you're a Space Nutter who cares deeply about the species, yet you sound like a miserable misanthropic bastard...

Ironically, yes. Though I am occasionally able to loathe an individual, I am rooting European-Football fanatically for the team.

I think our fascination with them is healthy. They help to illustrate our desire to explore, while at the same time serving as a gentle caution against the more dark, violent aspects of our own humanity.

That name, Siding Spring, comes from the name of Siding Spring Observatory [anu.edu.au], the most significant optical observatory in Australia, operated by the Australian National University. The mountain is part of the Warrumbungle Range, in the state of New South Wales, near the town Coonabarabran [wikipedia.org]. It is the site of the Anglo-Australian Telescope [wikipedia.org], among others. Also see Google maps [google.com.au] at 31.273038S 149.066804E.

If we are getting decent images from 353 million miles away how about when we take pictures from 84,000 miles? I mean we (the U.S.) will have 3 orbiters around Mars including MAVEN as well as two working landers. The Europeans have one or two and I think India has one on the way.

Of course the Hubble is a really good telescope but the Mars Reconnaissance Orbiter has a camera that can see meter wide objects from orbit (it can see the landers, supposedly it has the best telescope ever sent to another world) so that's not too bad (and it will be a thousand times closer!). Perhaps we can send one of the older orbiters on a "suicide" mission to get really close! (fuel providing).

On the other hand, I wonder what plans are being made to protect these assets from the "blizzard" of particles surrounding the comet? If the visible coma is 12,000 miles across even now, how large will the accompanying and expanding cloud of particles from the comet be? If it's on its outward trajectory from the sun, it might be pretty big since it will have had a lot more material being blown off of it. Will the space agencies try to arrange it so that their spacecraft are on the other side of the planet when it blows through? (If they had a lot of delta-V, I'd suggest they hide out behind one of the moons but I'm afraid that's science fiction for now). Will it go through the Mars system quickly enough to make this feasible?

I'm sure this is all being worked out by people who are much smarter (and better trained) than I so I think we can look forward to a real scientific windfall (cometfall?) in October!:) It's really going to be something!